Embedded Hardware Design Engineer

Paras Defence and Space Technologies Ltd. offers a
wide range of Products & Solutions for Defence & Space Applications.
With a focus on the Defence and Space Sector, we have five verticals of our
business, namely Defence and space Optics, Defence Electronics, Heavy
Engineering, Electromagnetic Pulse Protection Solutions and Niche Technologies.

With over 40+ years of sustained business growth in
Defence and Space Engineering, we are involved in Technologies for Rockets and
missiles, Space and space Research, Naval Systems, Land and armoured Vehicles,
Electronic Warfare and surveillance, and Electromagnetic Shielding to name a
few.

Paras has a state -of -the -art manufacturing
setup with a 500+ workforce and capabilities to offer a Turnkey Solution from
Design to Small to Large Systems Commissioning. Our focus on Technology
Development & R&D distinguishes us as a True IDDM company in the Indian
Defence Industry.

Company Website: https://www.parasdefence.com

Position Overview: As a Senior Hardware Engineer, you will play
a key role in the development, design, testing, and implementation of hardware
components for our products. You will lead hardware engineering projects,
provide technical expertise, and collaborate with cross -functional teams to
deliver high -quality, innovative solutions. The role requires a strong
understanding of hardware design principles & advanced problem -solving
skills.

Responsibilities

• Hardware Design: Lead and
  participate in the design and development of complex hardware systems,
  including circuit boards, components, and peripherals, ensuring they meet
  performance and quality
  standards.
  
• Power Electronics:
  Understanding of circuit design principles and experience in designing and
  analysing power electronics circuit
  
• Filters: Basic knowledge of
  Filters
  
• Simulation: LT and Spice/ P
  and Spice (Tools)
  
• Prototyping: Create and
  evaluate prototypes, conduct feasibility studies, and refine designs based
  on test results and feedback.
  
• Component Selection:
  Research and select appropriate components, chips, and materials to meet
  design requirements while considering cost and availability.
  
• Testing and Validation:
  Develop test plans, conduct thorough testing, and validate hardware
  designs to ensure functionality, reliability, and compliance with industry
  standards.
  
• Documentation: Prepare
  comprehensive technical documentation, including design specifications,
  schematics, and reports.
  
• Collaboration: Work closely
  with software engineers, firmware developers, and other cross -functional
  teams to ensure seamless integration of hardware and software components.
  
• Innovation and Research:
  Stay updated on industry trends, emerging technologies, and best practices
  in hardware engineering, and apply this knowledge to improve product
  designs and processes.
  
• Troubleshooting: Identify
  and resolve hardware -related issues during product development and
  post -production phases.
  

Requirements

Qualifications

• Education: Bachelor's or
  Master's degree in Engineering, or a related field. (Electronics/Instrumentation Engineering)
  
• Experience: A minimum of 3
  years of relevant experience in hardware design and development, with a
  proven track record of delivering successful products.
  
• Technical Skills:
  Proficiency in hardware design tools (e.g., Altium), experience with FPGA
  and microcontroller -based systems.
  
• Industry Knowledge: In -depth
  knowledge of hardware components, PCB design, signal integrity, power
  management, and EMC/EMI considerations.
  
• Testing and Validation:
  Experience in testing methodologies, debugging hardware issues, and using
  lab equipment.
  
• Collaboration: Strong
  interpersonal and communication skills, with the ability to work
  effectively in cross -functional teams.
  
• Analytical Thinking:
  Excellent problem -solving skills and the ability to think critically and
  creatively to address complex engineering challenges.
  
• Adaptability: Willingness to
  adapt to changing requirements, project priorities, and technology
  advancements.
  
• Compliance: Familiarity with
  relevant safety and regulatory standards in hardware design and
  development.